The impact of subjective recognition experiences on recognition heuristic use: a multinomial processing tree approach

Area of Science:

• Cognitive Psychology
• Social Psychology
• Decision Making

Background:

• The recognition heuristic (RH) posits that recognized objects are inferred to be higher on a criterion than unrecognized ones.
• Existing research confirms recognized options are often judged as superior, but explanations vary.
• The RH theory suggests recognition alone drives this inference.

Purpose of the Study:

• To differentiate between competing explanations of the recognition heuristic.
• To investigate the impact of subjective recognition experiences on RH use.
• To test predictions derived from the RH theory, an alternative account, and the memory-state heuristic framework.

Main Methods:

• Analysis of 16 published datasets examining recognition experiences.
• Application of a multinomial processing tree model to estimate RH use.
• Comparison of RH use across different levels of recognition (mere recognition vs. recognition with further knowledge).

Main Results:

• Results indicated that reliance on the recognition heuristic increases when recognition is accompanied by further knowledge.
• This finding supports the memory-state heuristic framework.
• The data provided evidence against the strict RH theory and the alternative account focusing solely on additional knowledge.

Conclusions:

• The memory-state heuristic provides a more accurate account of recognition heuristic use.
• Subjective experiences of recognition, beyond mere familiarity, significantly influence decision-making processes.
• Future research should consider the nuanced role of memory states in heuristic decision-making.